E183 Exercise Physiology — Slide-by-Slide Study Guides
These study guides follow each lecture slide-by-slide in sequence, showing every slide image alongside a summary of the key concepts from the lecture. Use them to review lectures at your own pace.
Course: E183 Exercise Physiology — Spring 2026
Instructor: Professor Monica A. Daley
Department: Ecology and Evolutionary Biology, UC Irvine
Note: Professor Jim Hicks provided some of the materials on the oxygen supply cascade and cardiorespiratory physiology used in this course.
Week 1: Comparative Approach, Gas Laws, Oxygen Cascade
- Lecture 1: The Comparative Approach to Exercise Physiology (43 slides)
- Lecture 2: Introduction to Gas Exchange (40 slides)
- Lecture 3: The Oxygen Cascade and Ventilation (27 slides)
Week 2: Alveolar Ventilation, Ventilatory and Metabolic Dynamics, Comparative Pulmonary Function
- Lecture 4: Factors in Alveolar Ventilation (33 slides)
- Lecture 5: Ventilatory and Metabolic Dynamics in Rest and Exercise (29 slides)
- Lecture 6: Comparative Pulmonary Function (22 slides)
Week 3: Control of Ventilation, Ventilation-Perfusion Matching, Cardiovascular Responses
- Lecture 7: Control of Ventilation and Ventilation-Perfusion Matching (27 slides)
- Lecture 8: Cardiovascular Responses to Exercise (39 slides)
- Week 3 Friday Review and Discussion (20 slides)
Week 7: Training Effects on Muscle and Forces in Locomotion
- Lecture 15: Integrative Muscle Function — Training Effects on Muscle (29 slides)
- Lecture 16: Forces and Energy Cost in Locomotion (37 slides)
- Week 7 Friday Review and Discussion (13 slides)
Weeks 9–10: Integrative Topics in Exercise Physiology
- Lecture 19: Locomotor-Respiratory Integration (38 slides)
- Lecture 20: Sensorimotor Control of Locomotion (43 slides)
- Lecture 21: Exercise as Medicine (33 slides)
- Lecture 22: Exercise Physiology — Full Class Recap (35 slides)
Reference resources
Consolidated reference materials drawn from across the lectures, organized by theme.
Oxygen Supply Cascade and Energy Metabolism in Exercise
- Equations reference — every equation from gas laws through whole-body O2 stores, grouped by theme with name and purpose.
- Glossary of terms — alphabetized, deduplicated definitions of the key terms from Weeks 1–4.
Muscle Function and Energetics of Locomotion
- Equations reference — every equation from muscle mechanics through body-size scaling, grouped by theme with name and purpose.
- Glossary of terms — alphabetized, deduplicated definitions of the key terms from Weeks 5–8.